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Preparation technology of light blue low-reflection solar control film-plating glass

A solar control and coated glass technology, applied in the direction of coating, etc., can solve the problems of low visible light transmittance, high visible light transmittance, and cumbersome process steps of glass, so as to ensure visible light transmittance, reduce light pollution, and process steps simple effect

Active Publication Date: 2016-11-16
ZHANGZHOU KIBING GLASS
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The present invention aims to solve the problems of cumbersome process steps, high production cost, low visible light transmittance of the glass, and influence on visual perception in the prior art method for preparing solar control coated glass, and provides a process with simple process steps, stable and controllable process, Low production cost, light blue low-reflection sunlight control coating glass preparation process suitable for industrial applications, the prepared product has high visible light transmittance, low reflectivity, no light pollution, and has good acid resistance, alkali resistance and wear resistance It can easily carry out deep processing such as tempering, hot bending, interlayer, etc., and can meet people's needs for aesthetics in design and use at the same time

Method used

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  • Preparation technology of light blue low-reflection solar control film-plating glass

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Effect test

Embodiment 1

[0027] (1) First send the tin source and antimony source to the first evaporator for heating and vaporization, and the heating and gasification temperature of the first evaporator is 165°C, and then send the vaporized tin source and antimony source to the first pre-evaporator Inside and O 2 、H 2 O heating and mixing to form the first pre-mixed gas, the first pre-evaporator heating and mixing temperature is 50 ° C, and then the carrier gas is mixed with the first pre-mixed gas to form the first reaction gas and then sent to the first coating reactor, so that the second A reaction gas reacts on the surface of the glass substrate to form the first antimony-doped tin dioxide layer. The reaction temperature of the first coating reactor is 650°C, the reaction time is 1.8s, and the gas flow rate of the first reaction gas is 630L / min. The molar percentage content of each raw material in the reaction gas is: 0.135% tin source (monobutyl tin trichloride), 0.015% antimony source (antimo...

Embodiment 2

[0039] (1) First send the tin source and antimony source to the first evaporator for heating and vaporization, and the heating and gasification temperature of the first evaporator is 185°C, and then send the vaporized tin source and antimony source to the first pre-evaporator Inside and O 2 、H 2 O heating and mixing to form the first pre-mixed gas, the first pre-evaporator heating and mixing temperature is 100 ° C, and then the carrier gas is mixed with the first pre-mixed gas to form the first reaction gas and then sent to the first coating reactor, so that the second A reaction gas reacts on the surface of the glass substrate to form the first antimony-doped tin dioxide layer. The reaction temperature of the first coating reactor is 660°C, the reaction time is 4.98s, and the gas flow rate of the first reaction gas is 680L / min. The molar percentage content of each raw material in the reaction gas is: 0.234% tin source (dimethyl tin dichloride), 0.026% antimony source (antimo...

Embodiment 3

[0042] (1) First send the tin source and antimony source to the first evaporator for heating and vaporization. The heating and gasification temperature of the first evaporator is 180°C, and then send the vaporized tin source and antimony source to the first pre-evaporator Inside and O 2 、H 2 O heating and mixing to form the first pre-mixed gas, the first pre-evaporator heating and mixing temperature is 80°C, and then the carrier gas is mixed with the first pre-mixed gas to form the first reaction gas, which is sent to the first coating reactor, so that the second A reaction gas reacts on the surface of the glass substrate to form the first antimony-doped tin dioxide layer. The reaction temperature of the first coating reactor is 655°C, the reaction time is 3s, and the gas flow rate of the first reaction gas is 650L / min. Control the first The mole percentage content of each raw material in the reaction gas is: 0.24% tin source (monobutyl tin trichloride), 0.022% antimony sourc...

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Abstract

The invention discloses a preparation technology of light blue low-reflection solar control film-plating glass. According to the preparation technology, a tin source, an antimony source, O2, H2O and carrier gas are used as reaction gas, two film-plating reactors are used for plating a first antimony doped tin dioxide layer and a second antimony doped tin dioxide layer with appropriate antimony doped quantity and appropriate thickness on the surface of a glass substrate. The technology disclosed by the invention is simple in steps, stable and controllable in process, low in production cost and suitable for industrialized application; prepared products are high in transmissivity of visible light and low in reflectivity, do not generate light pollution, and have favorable acid resistance, alkali resistance and wear resistance; and deep processing of toughening, hot bending, making an interlayer and the like can be easily performed on the prepared products, and besides, requirements of people for aesthetic feeling during design and use can be met.

Description

technical field [0001] The invention relates to the technical field of glass online coating, in particular to a preparation process of light blue low-reflection sunlight control coated glass. Background technique [0002] With the increasing use of solar control coated glass, solar control coated glass is used in large-scale curtain wall buildings. However, since solar control coatings are all heat-reflective coated glasses, their visible light reflection is generally relatively high. The commonly used solar control coated glass is made of Ti, Cr and other metals and metal oxides on the glass surface. The on-line production is basically a silicon film. All of these often cause "light pollution" due to their reflection effects. Light pollution is followed by exhaust gas, A new source of environmental pollution after waste water, waste residue and noise pollution, mainly including white light pollution, artificial daytime pollution and color light pollution. The existence of ...

Claims

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Application Information

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IPC IPC(8): C03C17/245
CPCC03C17/2453C03C2217/244C03C2217/70C03C2218/1525
Inventor 兰明雄徐海滨沈阮顺吴剑波江亚聪汪玉波李泽何成丹沈华艺黄昀邱懿培苏峰荣
Owner ZHANGZHOU KIBING GLASS
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